High-mix, low-volume forged and machined components for nuclear power systems — engineered for extreme pressure, thermal stability, radiation environments, and zero-compromise safety standards.
Trusted by Nuclear & Power Equipment Manufacturers
Indigenous capability with global-standard certifications
Risk of supply disruption in long lifecycle projects
43 years of stable manufacturing continuity
43 Years of High-Integrity Manufacturing for Regulated Industries
For over four decades, Vinir has delivered forged and machined components for safety-critical, highly regulated sectors — with nuclear programs demanding the highest standards of compliance, documentation, and reliability.
What We Manufacture
Nuclear Power Components
Hub
Rod Eye Forgings
Body
Clamp
Materials & Processes
Built for High-Temperature & High-Pressure Environments
Materials
We manufacture products in diversified materials like Carbon & alloy steels, Stainless steels, Duplex & special grades for pressure systems
Processes
Closed-die forging
Open-die forging
ring rolling
Heat treatment, machining & testing — in-house
Nuclear Applications
Reactor support systems
Steam & pressure control assemblies
Turbine & power generation systems
Safety-critical structural components
AS9100D Certified
Forge to Finish
01
Forging
Heat Treatment
02
Machining
03
Testing
04
Certification
05
Assemblies
06
Certified for
Nuclear & Power Supply Chains
PED
AD-2000
ISO
IBR
NABL
Program Stability & Continuity
Decades-long execution across sensitive, long-life defence programs
Compliance-Driven Execution
Traceability
documentation control
inspection-ready systems
What Our Customers says
couplings and shafts
High-pressure couplings and shafts supplied for nuclear reactor piping demanded strict documentation. Compliance support was well managed.
Project Lead
Nuclear Power Utility
protocols and traceability
Inspection protocols and traceability for safety-critical reactor components were maintained without deviation.
Quality Manager
Nuclear EPC Contractor
nuclear components
Low-volume nuclear components were executed with consistent process control.